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Cavities in a plane, such as those in the wings and fuselage, play a crucial role in aerodynamics and weight reduction. They help streamline the aircraft's shape, reducing drag and improving fuel efficiency. Additionally, these cavities can house vital systems like fuel tanks and control mechanisms, contributing to the overall performance and balance of the aircraft. Overall, the design and integration of cavities are essential for enhancing flight capabilities.
What else can I help you with?
What the purpose of plane engine?
The engine helps the plane to fly by proiding thrust and lift.
What anatomical plane separates the abdomen and pelvic cavities?
The transverse plane separates the abdomen from the pelvic cavities. This plane runs horizontally across the body, dividing it into upper and lower portions.
What part of a plane is referred to an airfoil?
The shape of an airplane's wing is called the airfoil; this helps the plane to fly easily while in flight.
Choose the correct answer A He wants to fly a plane B He wants to fly the plane C He wants to flight the plane D None of them?
He wants to fly the plane. or He wants to fly a plane.
What twisted blade help planes to fly and ships to move?
The Twisted blade that helps a plane fly and a ship move is call a propeller.
Can pope Benedict fly a plane?
No, he can fly in a plane but is not a pilot.
When on a plane do passengers fly or ride?
Passengers fly on a plane.
How do you fly a plane you downloaded on fs2004?
there is a tutorial on the menu, its called flying lessons just take the first 5 or 6 lessons about taking of and landing also turning with that you can manage to fly a plane, hope this helps
How does the nose of a plane help it fly?
Because they are streamlined which helps it cut throught he air and move fatser :)
Can i fly plane one lung?
can fly plane with one lung
How does the supporting bars and cavities helps planes to fly?
Supporting bars and cavities in an aircraft structure enhance its overall strength and reduce weight, allowing for better aerodynamic performance. The design creates a balance between rigidity and flexibility, ensuring the plane can withstand various forces during flight while minimizing drag. Additionally, cavities often house crucial components like fuel or control systems, further optimizing the aircraft’s efficiency and functionality. This combination ultimately contributes to safer and more efficient flight.
Fly the plane or drive the plane?
Both - you fly it in the air, but you drive it on the ground.
